HARISHWAR REDDY

The main objective of the project is to: 1) To Perform thermal simulation of high pressure pipes and heat exchangers 2) To perform fluid flow simulation in pipes , heat exchangers 3) Type of simulation includes multi-phase flow, transient flow, steady flow Technologies includes: 1) STAR CCM+ 2) Siemens nx 3) ICEM-CFD 4) Ansa

My upwork profile( https://www.upwork.com/freelancers/~0134f22bdb604a1b04 ). You can contact me if you have any projects to offer. I am very familier with CFD softwares STAR CCM+, Ansys Fluent, floTHERM, siemens nx, ICEM-CFD. I have experience in programming languages like Java, C++, C#, python and also FORTRAN. I am using Visual Studio Code editor for programming, it is very friendly and also easy to use along with GIT.

Numerical Simulation was performed on 3D gemotry of ship using STARCCM+ software Velocity inlet was at an angle of 15 degree and 30 degree to ship inlet. The simulation was performed using different velocity • DNS (Direct Numerical Simulation) and LES (Large Eddy Simulation) turbulent model were used. • The simulation was performed with different inlet fluid velocity and the ship was tilted horizontally at an angle of 30 and 60 degrees to the inlet velocity.

I did my 6 months internship on the topic " Simulation of polluted turbulent jet filling healthy air cavities using LES( Large eddy simulation ) turbulence model using vortex method which is inlet condition for LES ( Large eddy simulation ). The differential equations related to vortex method were programmed using FORTRAN Language in FUGU library ( already available from MSME Laboratory ). tecplot360 was used to analysis the simulation results.

Activities : • Provides expertise and advice on various water projects that may include reviewing and improving water supply and drainage systems. • Uses Siemens nx design software to create plans for water control installations. • To verify that the water supply is smooth. • Clean water must be supplied to the water tank. • Thermal management. • Ansys fluent was used to test the furnace temperature. • Matlab was used to compare the numerical results with the experimental results

Dynamics and static behavior of fluid, Multi phase flow, Turbulence, laminar flow, Direct numerical simulation, Large eddy simulation, Computational fluid dynamics, Fluid mechanics, fluid dynamics.

Turbo machines, Dynamics of mechanics, IC engine, EC engine, Fluid mechanics, Heat and mass transfer, Thermodynamics, Turbines.Petrol engine, Diesel engine.